At Makin Flops, we believe that compute power shouldn’t be a luxury reserved for those with deep pockets and server-room AC. We are the architects of the unconventional, the e-waste whisperers, and the developers of the “Island of Misfit Hardware.”
While others are busy buying off-the-shelf rack mounts, we’re busy makin’ FLOPS (Floating Point Operations Per Second) out of whatever we can get our hands on. From the raw physics of discrete logic to the complex orchestration of heterogeneous clusters, we turn “old” into “optimal.”
Our Engineering Philosophy: Silicon Alchemy
We don’t just build computers; we understand them at the molecular level. Our work spans the entire stack of computational reality:
- Discrete Logic & CPU Design: We start with the basics—NAND gates, flip-flops (the electronic kind), and ALUs built from discrete components. If you haven’t felt the heat of a thousand individual transistors working together to solve $2 + 2$, you haven’t lived.
- Heterogeneous Clusters: We specialize in the “Franken-computer.” Our lab is filled with repurposed thin clients, retired game consoles, and obscure SBCs. We stitch them together into a unified, high-performance fabric.
- Architecture Agnostic: ARM, x86, RISC-V, or a custom ISA we dreamt up last Tuesday—if it can process a bit, we can make it part of the collective.
The Software Glue
Hardware is just a very expensive space heater without the right code. A major part of the Makin Flops mission is building the bridge between “junk” and “genius.”
- Kernel Porting & Optimization: Stripping Linux down to the bone to run on hardware it was never intended for.
- Custom Toolchains: Writing and modifying compilers to handle the quirks of scratch-built CPUs.
- Distributed Orchestration: Implementing MPI (Message Passing Interface) and custom scheduling software to ensure a repurposed PlayStation 3 plays nice with a 2014 Dell thin client.
How We Stack Up
In the world of supercomputing, we measure success differently.
| Metric | Big Tech Supercomputers | Makin Flops Projects |
| Budget | Millions (or Billions) | Whatever’s in the couch cushions |
| Hardware | Bleeding-edge Silicon | “Wait, that’s a Wii?” |
| Sustainability | High Carbon Footprint | 100% Upcycled / Saved from Landfills |
| Complexity | High | “How is this actually working?” |
The Goal: Democratic Compute
We calculate FLOPS not just for the sake of speed, but for the sake of accessibility. By mastering the art of the cluster and the discipline of discrete logic, we prove that computational power is a matter of ingenuity, not just capital.
“The best computer in the world is the one you built from the parts everyone else threw away.”